A Regional Civilian Airport Model at Remote Island for Smart Grid Simulation

The purpose of this study is to design and implement a scientific tool which will be used to investigate the application of smart grids in the aviation industry and to evaluate the proof of concept. A case study for a regional Greek airport is proceeded with the development of a co-simulation agent-based model which includes building and electrical system simulation, climate data, flights, and passengers' flow. In terms of methodology, the load types and schedule will be studied, like HVAC, building and runway lighting. It is presented how passengers fluctuation affects each type of load and, as a result, energy consumption throughout different hours of the day, depending on weather conditions. After the collection and validation of the above data, a model of each type of load at a typical regional civilian airport will be created. Finally, the models will be used with software packages and the co-simulation framework. The produced results are evaluated and are presented.